Karner J, Roth E
I. Chirurgische Universität-Klinik Wien.
Infusionsther Klin Ernahr. 1987 Aug;14(4):170-3.
Metabolic studies under in vivo conditions may require a simultaneous catheterization of various organs. Because of phylogenetic relationships, pigs or dogs are best suitable for metabolic investigations. Organ-specific flow rates and substrate balances can be determined by means of dye dilution techniques (indocyanine green - ICG, para-aminohippuric acid - PAH, bromsulphthalein - BSP). An easy method for catheter insertion under anesthesiological and operative conditions is described.
体内条件下的代谢研究可能需要同时对多个器官进行插管。由于系统发育关系，猪或狗最适合进行代谢研究。器官特异性流速和底物平衡可以通过染料稀释技术（吲哚菁绿 - ICG、对氨基马尿酸 - PAH、溴磺酞钠 - BSP）来确定。本文描述了一种在麻醉和手术条件下插入导管的简便方法。
